Record controlled accounting machine



J. W. BRYCE RECORD CONTROLLED ACCOUNTING MACHINE June 23, 1936.

Filed. March 25, 1951 17 Sheeis-Sheet 1 N M iii-l ..II ll I INV ATTORNEYS June 23, 1936. J. w. BRYCE I RECORD-CONTROLLED ACCOUNTING MACHINE Filed March 25, 1931 17 Sheets-Sheet 2 fl W W ZW MM J. W. BRYCE RECORD CONTROLLED ACCOUNTING MACHI NE June 23, 1936.

' Filed March 23, 1931 17 Sheets-Sheet 3 BY ATTORNEYS June 23, 1936. w, CE 2,045,434

RECORD CONTROLLED ACCOUNTING MACHINE June 23, 1936. J. w. BRYCE 2,045,434

RECORD CONTROLLED ACCOUNTING MACHINE Filed March 25, 1951 17 Sheeis-Sheet 5 %W x INVENT R BY ATTORNEYS June 23,1936. J, w, BRYCE 2,045,434

RECORD CONTROLLED ACCOUNTING MACHINE Filed March 23, 1931 17 Sheets-Sheet 7 mm Emmi none 7 .1301 1: IMMUNE/.1013

INVENTOR BY/ ATToR Ev June 23, 1936. I J. w. BRYCE I RECORD CONTROLLED ACCOUNTING MACHINE File d March'23, 1931 1'7 Sheets-Sheet 8 FIGS mini um ltwuw INVEN OR 6} ATTORNEY June 23, 1936. J: w, BRYCE 2,045,434-

RECORD CONTROLLED ACCOUNTING MACHINE Filed March 25, 1931 17 Sheets-Sheet 9 INVE TOR BY 1C5 ATTORNEYS .Bune 23, 1936. 1 v J. w. BRYCE 2,045,434

I RECORD CONTROLLED ACCOUNTING MACHINE Filed March,25, 1931 17 Sheets-Sheet 10 BY ATTORNEY5 June 23, 1936. T J. w. BRYCE RECORD CONTROLLED ACCOUNTING MACHINE Filed March 25, 1931 1'? Sheets-Sheet 11 INVENTOR ATTQRNEYJ lame 23, 3936. J. w. BRYCE RECORD CONTROLLED ACCOUNTING MACHINE 17 Sheets-Sheet 12 Filed Mafch 23, 1931 L-H. TO K.

cARa Aavmvcz's raw/vars? pl nk/"V INVENTOR ATTORNEY5 June 23, 1936. w, BRYCE V 2,045,434

RECORD CONTROLLED ACCOUNTING MACHINE Filed March 23, 1931 17 Sheets-811661113 v lNVENTOR June 23, 1936. J. w. BRYCE 2,045,434

- RECORD CONTROLLED ACCOUNTING MACHINE Filed March 23, 1931 17 S heetsS heet 14 INVENTOR BY ATTORNEY-5 June 23, 1936. J. w. BRYCE RECORD CONTROLLED ACCOUNTING MACHINE Filed March 23, 1931 17 'SheetsSheet 15 Elvi A-rrpRNsY-i I June 23, 1936. J. w. BRYCE RECORD CONTROLLED ACCOUNTING MACHINE Filed Maroh,25, 1931 17 Sheets-Sheet 16 m n. v I a INVENTO l r AZM KM' R'N E Y) Patented June 23, 1936 UNITED STATES PATENT OFFICE 2,045,434 asconn conTaoLLEn ACCOUNTING MACHINE poration oi New York Application March 23, 1931, Serial No. 524,444

31 Claims.

This invention relates to improvements in record controlled accounting machines of the type which are adapted to read designations from records, thereafter to multiply the data thus read, and thereafter to record back upon each record a representation of the product of the data originally represented upon the record.

Heretofore and as has been fully disclosed in copending applications filed by me, viz. application Serial No. 258,165, filed March 1, 1928, these operations have been eflected by passing records through a machine in such a manner that a concurrent reading of multi-columnar data was obtained from each record. The reading thus obtained controlled the operation of the multiplying devices and of the product gathering devices of the machine and eventually a multi-columnar gang punch'was set up under the control of the product gathering devices to punch a product representation back upon each record. Speed of operation dictates that reading 'of data from the records be preferably effected by devices which are adapted to read concurrently multi-columnar data. Punching back of products where the products are extremely large is also most speedily accomplished by utilizing punches of the gang punch type, which punches are concurrently set up for the subsequent simultaneous punching of multi-columnar perforations upon the record. However, such punching mechanisms are comparatively complicated and expensive and for certain work the saving of time in the back punching operations which is secured through the utilization of punches of the gang punch type does not justify the attendant complication and expense of such types of punches. This is particularly the case where the product representations are somewhat limited in the number of columns.

The present invention accordingly has forits object the provision of an improved and simplified record controlled accounting machine having provisions for concurrently reading into the machinemulti-columnar data from each of a series of records which are passed through the machine, with provisions for multiplying read in data, and with provisions for thereafter recording back each product as it is obtained upon each record and in efiecting such recording by recording instrumentalities which work by repeated action and in succession to successively record the product in a multiplicity of columns upon the record.

A further object of the present invention resides in the provision of record handling mechanism arranged to receive records after they have had data derived therefrom by read in mechanism of the concurrent type and to transfer these records one by one to a punching device of successive column punching type together with the provision of coordinating devices for coordinating the sequence and/or concurrence of the operations of reading in, calculating, card handling and recording.

A further object of the present invention resides in the provision of a record controlled accounting machine with novel controls to provide and insure the sequence of operations which are necessary and desirable in record controlled ac-' counting machines in which sequential product punching is effected.

A further object of the present invention resides in the provision of a record controlled calculating machine employing product punching devices of the successively acting type in which provision is made for minimizing the operation time of the machine. Minimization of operating time is ef-' fected both in providing proper control for the calculating section of the machine to eliminate unnecessary calculating cycles and in the control of the card handling section of the machine and control of the punching section of the machine, so that unnecessary step by stepoperations of the punching mechanism are avoided.

v A further object of the present invention resides in the provision of a simple means 'for allocating product punching fields on the record cards in a punching mechanism of the type which successively punches a product, column by column, under the control of a calculating machine.

A further object of the present invention resides in the provision of a record controlled accounting machine wherein provision is made for traversing the card in two directions through the machine. One traverse of the card is made in a direction 'which is most effective for reading in amounts from the card and the other traverse of the card is made in the direction most advantageous for' recording back on the card by the simplest mechanism.

A further object of the present invention resides in the novel coordinated arrangement of calculating machine and punching device of the successively acting punching type.

A further object of the present invention resides in the provision of a calculating machine with punching devices for punching cards on a record in which provision is also afiorded for manually entering data on the records which receive the data punching.

Further and other objects of the present invention will be more fully set forth in the appended specification and claims andshown in the drawings, which by way of illustration show what I now consider to be preferred embodimehts of the invention.

In the drawings:

Figures 1 and 1a taken together show a top plan view of the machine Figs. 2 and 2a taken together show a transverse sectional view of the machine, the section being taken substantially on line 2-2 of Figs. 1 and 1a with the view being taken looking in the direction of the arrows. In Fig. 2a certain of the card handling parts which are in front of the plane of section are shown in full lines in order to show the relation of these parts'to the rest of the machine;

Figs. 3 and 3a taken together comprise substantially a sideelevational view of the punching section of the machine, the view being taken substantially on line 33 of Figs. 1 and 1a and looking in the direction of the arrows. Certain parts we shown broken away to'show certain details which cannot be shown in Figs. 2 and 20;

Fig. 4 is an end view of the machine, the view being taken from the right of Fig. 1a and looking to the left; a

Fig. 4a is a detail view showing the intermittent gear drive for the card transfer mechanism;

Fig. 5 is a transverse sectional view through the card handling and record reading section of the machine, the section being taken substantially on line 55 of Fig. la and looking in the direction of the arrows;

Fig. 6 is a detail sectional view showing certain of the driving parts, the view being taken substantially on line 6--8 of Fig. 1a;

Fig. 7 is a detail sectional view taken in part below the base plate of the machine, the section being taken substantially on line 1-1 of Fig. 1a. This shows the main clutch of the machine for controlling the feeding of the cards through the card reading station and the drive for resetting various of the parts;

Fig. 8 is a sectional view through one of the counters or receiving devices of the machine. The section in this case is taken substantially on line 8-8 of Fig. 1 and is a transverse sectional view of the multiplicand receiving device or counter;

Fig. 8a is a detail view of certain contacts in the multiplier counter;

Fig. 9 is a detail sectional view taken substantially on line.9--8 of Fig. 4 looking in the direction of the arrows with certain parts removed;

Fig. 10 is a detail sectional view of certain parts shown in Fig. 2a, the section being taken on line i0-|0 of Fig. 2a;

Fig. 11 is a detail view of certain parts shown in Fig. 3a in moved position;

Figs. 12 and 12a taken together show an isometric view of certain parts of the punching mechanism and certain related contact parts;

Fig. 13 is a sectional view of one of the emitters the section being taken substantially on lines 18-43 of Fig. 1a;

Fig. 14 is an enlarged detail view of certain parts shown in Fig. 2;

Fig. 15 is a detail of the skip lifter and associated parts;

Fig. 16 is the timing chart of the machine;

Figs. 17a, 17b, 17c, 17d and l'le-taken together show the circuit diagram of the machine; and

Fig. 18 is a diagrammatic view illustrating a typical computation which the machine is adapted to perform.

. gear 88 and to an intermittent gear 88. When The machine is intended to be driven by constantly running motor M (Fig. 4). The motor shaft is provided with two pulleys 00 and II (Fig. 3a). The former pulley 50 through a belt drive drives a punch operating shaft 52 and the pulley 5 5| through a belt drive drives a card reading and card calculating section main drive shaft 53 (Figs. 4 and 7). Shaft 58 extends across under the base of the machine and has fast to it a 'toothed member 84 of a one revolution clutch (see Fig. 7) which clutch comprises a pawl II adapted to be released to engage the toothed member 84 by the rocking of an armature 88. The pawl 88 is carried on a member II which in turn is fast to a the one revolutionclutch is engaged, gear I. through an idler drives a gear 81 and rotates shaft 82. As shown in Fig. 4 shaft 82 has fast to it a cam 88 (see also Fig. 9) which cooperates" with a cam follower 64 fast to a shaft 88 carry- 2 'ing picker actuating arms 88 (see Fig. 5). Ae-' cordingly, upon the rocking of shaft 88 a card will be withdrawn from the supply magazine 01 (Figs. 4 and 5) and advanced into the bite of a pair of card feed rolls 88. Feed rolls 88 are in' a gear train with other rolls 88 and rotate in unison therewith. This train of feed rolls is driven in the following manner.

Referring again to Fig. 4, shaft 82 has fast to it a gear 10 which through idlers ll drives a gear I2 shown in dotted lines and mounted on stud 13. Also mounted on stud l3 and fixed to gear I2 is a gear 14 which drives the gear train for the feed rolls 68 and 89 previously referred to. Mounted on shaft 30 is a stacker device I! of conventional type (see Fig. 5) provided with a pair of grippers 18. A stacker of this general type is shown in Fig. 3 of the United States patent to Tripp, No. 1,824,581. The stacker is driven by the following train of mechanism (see Figs. 4 and 4a). Shaft 62 has mounted on it an intermittent gear II which gear is adapted on the last third of its. revolution to drive a gear 82 which gear in turn through idler It drives a gear 84 mounted fast on shaft 80 carrying the card transfer or stacker wheels II. An intermittent gear of the general type such as II is shown in the U. S. patents to Lake, No. 1,680,740, dated August 14, 1930, No. 1,775,123, dated May 6, 1930 and in No. 1,822,594, dated September 8, 1081, being fully described in said latter patent. This card transfer mechanism or card feed drum is similar to the usual stackers as used in tabulating machines. The stacker is so related and timed that a card emerging from rolls II is gripped by one of the grippers 18 and deposited in the tray of the punching section of the machine. This stacker is of well known form and need not be further described. The stacker parts 15 are also shown in Figs. 1a, 2a and 3a.

Shaft 62 makes one revolution for each card fed into the machine and gear 31 makes a correspondingly complete revolution and during the last third of this revolutionthe card feed drum I5 is turned through one-half of a revolution to take a card which has emerged from the feed rolls 69 and place it in the tray of the punching section of the machine.

The card handling mechanism previously described is adapted to traverse a card past a row of sensing brushes 1! of conventional form and which are adapted to concurrently read multiple columnar data perforated in the card record. In addition to the sensing brushes, this card 75 are connected by the usual connections to the v fixed to the counter drive shaft 87.

reading section of the machine is provided with a card lever 18 (see Fig. 5) which is adapted when a card is therein to close card lever contacts 80. Card lever contacts 80 are closed whenever one or more cards remain in the card magazine (see Fig. 4). The sensing brushes 'I'I usual plug sockets of a plug board shown on the circuit diagram which will be hereinafter more fully described.

Drive for calculating section of the machine Referring again to Fig. 7 the mutilated or Geneva gear 59 cooperates with a gear 8i and through idler 82 drives a gear 83 upon a reset shaft 84. It will be understood that during rotation of gear 59 in the direction of the arrow, Fig.

COunter drive The shaft 53 extends through gears 58 and 59, these gears being relatively rotatable on the shaft but each secured to each other and fixed to part 5? of the one revolution clutch. The extended part of this shaft 53 beyond gears 58 and 59 (Figs. 7 and 6) carries a gear 85 (Fig. 6) fixed to the shaft, which gear meshes with and drives a gear 80. Gear 86 is disposed upon and Gear 86 is also shown in Fig. 1a. One revolution of gear 85 and of shaft 53 turns the counter drive shaft 8! through three revolutions. It will be understood that the counter drive shaft 87 extends through and drives all of the various counters and/or receiving devices of the machine. These will be briefly mentioned at this point as follows:

MC, Fig. 1, is a multiplicand receiving device. MP is a multiplier receiving device. LH is the accumulator for accumulating left hand components of partial products and RH is the accumulator for accumulating right hand components of partial products and for also receiving accumulations from the LH accumulator to show a final product.

Emitter drive Alongside of gear 86 (see Figs. 1a and 6) there is another gear 88 which meshes with a gear 89 fixed on a shaft 90. Mounted on the shaft 90 is a brush operating on the spots of the emitter 9| and this brush rotates at all times when gear 89 is in rotation. Fixed on the same shaft 90 is a one revolution clutch element 92. This clutch element is of the type-which is provided with a single shoulder or tooth and adapted to cooperate with the pawl 93 to turn a sleeve 94 which in turn drives the brush of the emitter 95.

- A detail of this emitter is shown in Fig. 13. In

this detail 96 is the rotating brush and 94a rep- I resents the brush carrier which is fixed to the tion clutch element 92 for emitter 95 is of a type and configuration to permit the tripping oi! of the pawl 93 at any time in the cycle in advance of the engagement of the pawl with the shoulder. The pawl is released by means of an armature and arm 98 (see Fig. 6).

Cam con-tact controls The sleeve 94 of the emitter 95 is furthermore extended to the right, Fig. 1a and this sleeve at its end carries the cam of a cam contact device T-l which will hereinafter be described.

Mounted on the counter drive shaft 81 to the right of the RH counter (see Fig. 3) are also commutator contacts which will be generally designated C and which will hereinafter be individually described.

Other cam contacts C-I are disposed on the same counter drive shaft 8? at the right of the RH accumulator, (see Fig. 1a)

Referring to Fig. 9, shaft 62 is provided with a pluralityof cams for certain cam contacts generally designated F (Fig. 9). These cam contacts operate during the card feed cycle and while a card is traversing the sensing station.

Referring to Figs. 1 and 1a. and Fig. 8, the multiplicand counter MO is the usual construction used in tabulating machines with electro-. magnetically actuated clutches, etc. The readout mechanism in place of being of the conventionai step cam variety is, however, of com- -mutator form. This readout device in theMC counter is of dual form, one readout unit which of insulating material I00 provided. with the proper number of insert conducting segment members I0 I. Within the ring of insulating material is arranged to rotate a dual brush structure generally designated I02 and which brush structure is driven by gear I03 from the gear on the clutch shaft-ofthe counter. The brush assemblage I02 receives its current supply from a common conducting segment I04. The current is fed in through I04 through one of the brushes, thence to the other brush, then out to one of the segments depending upon the setting of the counter. The readout device shown to the left in Fig. 8 is generally designated I2I on the circuit diagram, likewise the readout device shown to the right in Fig. 8 is generally designated I22 on the circuit diagram. This readout device which is disposed-to the right in Fig. 8, also comprises rings of insulating material I00a provided with conducting segment spots mm and with a double brush structure I02a. This brush structure is driven by a gear I03a which in turn is driven in unison with gear I03, which drives the other section of the readout device by an intermediate gear I05.

All of the various counters, viz. the MC counter, the MP, the LH and the RH counters are provided with the usual relayless counter contacts I06 which open up upon energization of the counter magnets. The MP counter is the same construction as described for the MC counter except for the fact that the readout commutator mechanism is not of dual construction, only one set of segments and one set of brushes being employed. Also in the multiplier counter MP, in addition to the relayless counter contacts I 06, there are additional break contacts generally designated S (see Fig. 8a). One of these contacts is provided for each column. These contacts S are arranged to open up concurrently with the opening up of contacts I06, the con- 

